Where it is allowed [or should I say not prohibited] on the line side of service disconnecting means. In this case, we are talking about an alternate source of power that is most often outside like a service before its disconnecting means.To me it's clear.
For example, we are now going to be required to bring neutrals into switch boxes because some devices have been using the EGC as a means to carry just a tiny bit of current to operate them.
They are clear about a single point of connection between the neutral and the ground, are they not?
Where is it not clear to you?
...and removing the N-G jumper would have rendered the GFD ineffective as well.This particular model used a powered groundfault protection system that utilized an external CT and a shunt trip breaker, removed power to the control module. Since the old wiring was only a two wire drop, it contained only a unisulated neutral, and a insulated hot. Removing the N-G jumper would not solve the problem because a fault to ground on the load side at the generator would cause a potential between the frame and the earth, for ground fault protection to work properly, the bond must be on the line side of the ground fault device.
That screw is likely the N-G bonding jumper.The generator in question has a screw sticking out the back that's labelled "Neutral Floating". Does that answer any of the questions?
I was hoping to find a pdf version of the manual, but I had no luck.It's a Husky HU5000.
The manual also states in very large letters, right on the front page below the Generators picture" "NEUTRAL FLOATING". I guess it's considered very important, as its the biggest letters on the manuals cover page, after the Brand and model number.